“ALL RISE’s 2421 Miles,” is a new site-specific 52,000-square-foot earthwork by New York artist Molly Dilworth at 1250 Denny Way, the future site of Seattle City Light’s Denny Substation.
The Seattle Office of Arts & Culture says it uses over 400 cubic yards of dirt and 182 pounds of wildflower and grass seed to create a living “urban meadow.” There are 14 individual garden beds, each with a specific colorway.
The work is based on pattern studies from national flags, corporate logos and traditional patterns found along the sea trade route between Seattle and New York.
The city said Dilworth has traveled between New York and Seattle as a freelance worker for a global technology company. The work is named for that commute - the number of miles between the airports of Seattle and New York - made possible by modern global trade.
The Office of Arts & Culture said in a press release:
“As shipping and port technologies evolved over the last century, formerly industrial areas such as South Lake Union have been redeveloped. In a short time this lot on Denny will be a power station serving the demands of the new buildings; ALL RISE has used this temporary space to mark a transition between the last century and ours. The geometric edges of the garden will soften and evolve as it grows, just as our built environment and technologies do: imperceptibly, right in front of our eyes and seemingly all at once.
“The project was realized with the design assistance of Walker Macy (Portland and Seattle) as well as expertise and custom mixes from ProTime Lawn Seed, and the advice of SunMark Seeds.
ALL RISE is a series of temporary artworks at 1250 Denny Way. The goal is to provide a platform for artists to consider “the many iterations of land and space: residential, political, commercial, agricultural, spiritual, intellectual, utopian.” It is funded by Seattle City Light 1% for Art funds, and administered by the Seattle Office of Arts & Culture.
The project will stay through mid-June. You can view online webcams at www.allriseseattle.org.
Herrera is testing to see whether new soil mixes can remove
more heavy metals and other pollutants from stormwater.
With all the cranes towering overhead in downtown Seattle, it’s easy to forget the important work going on below to manage and protect our water as the region grows.
To keep pace with this growth, Washington State is pioneering the use of new and innovative approaches for stormwater management. As of next year all development projects must use low impact development (LID) techniques or green stormwater infrastructure where feasible. Rain gardens, bioswales, green roofs, and permeable pavement will become the norm rather than the exception.
As the region makes this new investment to protect our water, everyone - regulators, project owners, designers, and the general public included - will want to be confident these technologies are providing the intended benefit.
Herrera Environmental Consultants, Inc. is conducting groundbreaking research to assess and optimize the performance of these systems.
For example, with grant funding from the Washington State Department of Ecology, Herrera is currently implementing two research projects to develop a more effective soil media for use in bioretention systems.
In partnership with Kitsap County, one of these projects has involved numerous pilot scale tests of soil media components and blends to optimize their removal of heavy metals and other harmful pollutants from stormwater.
Herrera has also partnered with the City of Redmond to construct a state-of-the-art research facility for evaluating pollutant removal and plant growth in bioretention systems at full-scale.
Herrera Environmental Consultants, Inc. is an employee-owned engineering and scientific firm focused on restoration, water, and sustainable development. Herrera is committed to working with our clients to develop innovative and sustainable solutions for infrastructure, natural resources, and stormwater projects. Herrera was recently featured as “favorite green collar company” by the Seattle Times.
For more information:
Melissa Buttin, Senior Marketing, email@example.com 206.787.8248
A new website offers plans, advice and a community of container home fans.
I’m Tom Woods. I run Container Home Plans along with my assistant Claire. I have a background in construction and studied sustainable development at Yale. Whilst studying, I developed my passion for sustainable buildings and this is what caused me to come across the idea of making homes out of recycled shipping containers. Earlier last year, I was browsing online to try and find more information on how to build shipping container homes and was frustrated because I couldn’t find much information out there. This is how Container Home Plans was born.
So I made the site to act as a central online resource for shipping container homes and to help people who are looking for detailed information on how to build their own. We feature on our site case studies of other people who have built their own container homes and go in detail, outlining the materials they used, the length of time it took them and the cost of the build. We also run a feature called container home of the week, where we show off the very best shipping container homes as inspiration for people! It’s our hope that Container Home Plans will act as a hub for the community of container home enthusiasts so they can share their experiences with other enthusiasts and help each other as they build their own.
We run the site because we believe that using shipping containers can be not only environmentally friendly but it can also be a very affordable option that allows people to make homes they otherwise couldn’t afford to if they used conventional building materials.
I’d be delighted to hear from people, so feel free to send any questions to me at: firstname.lastname@example.org.
The following post is by Oregon BEST:
A unique modeling tool developed at Portland State University with support from Oregon BEST is helping local green roof manufacturer Columbia Green Technologies speed adoption of green roofs to meet legislation aimed at reducing combined sewer overflows during heavy rains and thereby grow the Portland based start-up's national market share.
The new tool is the result of a research project funded by Oregon BEST and led by Graig Spolek, a PSU professor and director of the Green Roof Design and Test Lab. Columbia Green uses the tool when working with civil engineers and architects who need accurate, quantitative data about how much stormwater a green roof in a specific geographical location will both retain and detain.
"This new tool has been very helpful; it's helped us open doors to some of the best engineering and architecture firms in the country," said Elaine Kearney, Technical Director at Columbia Green. "Being able to generate this kind of data bolsters our reputation as being innovative and technologically very forward looking."
Eric Zickler, an associate principal at Aecom, one of largest engineering firms in the world, said his firm uses many different tools to measure performance of their stormwater management infrastructure designs, but the Columbia Green tool stands out.
"Generally the calculators and modeling modules are generic and do not provide a high level of confidence in predicted performance," Zickler said. "The green roof stormwater management tool developed by Columbia Green is specific to green roofs and developed using both theory and empirical data for multiple geographies across varying storm intensities, making it a valuable resource in building our confidence in the stormwater management benefits of green roofs."
The new tool, which can generate data specific to geographic areas and weather patterns, gives Columbia Green a competitive advantage when the company interacts with potential clients.
"The ability to quantify our performance with this degree of accuracy is unique, so it's a significant advantage for us," said Robin Schneider, marketing director at Columbia Green.
This strategic funding exemplifies how Oregon BEST, a state-funded organization that fosters technology-based economic development, helps clean-technology companies collaborate with universities to advance and commercialize products to grow Oregon's green economy.
"It's been very rewarding to see Columbia Green leverage our investment in research and transform that into expanded distribution and sales opportunities," said David Kenney, president and executive director of Oregon BEST.
Green roofs and other green infrastructure approaches are gaining visibility at all levels of government, both in the United States and abroad, as officials try to implement policies to address aging public infrastructure.
Two years ago, Vanessa Keitges, CEO of Columbia Green, was selected to sit on the President's Export Council at the White House.
"We greatly appreciate the Oregon BEST support that allowed us to take advantage of the PSU rain lab and develop a tool that's helping us succeed," Keitges said. "Local cooperation between industries and academia is recognized as a model for innovation to solve global problems."
Oregon BEST is a state agency that nurtures clean technology innovation by transforming new ideas, research, and products into green-collar jobs, greater sustainability, and economic prosperity for Oregon.
The following post is by Jasmine McDermott:
Z Living Systems installed a water-saving, living wall crafted of 6,000 individual plants on a new resident activity club in Los Angeles. The building, which implements a number of sustainable features, achieving LEED Platinum, ultimately creates an “oasis in the middle of a city.” The 1,200 sq. ft. living wall, featured both indoors and outdoors, stretches the length of an Olympic-sized swimming pool while only requiring less than half the amount of water an individual would use showering in one week.
In response to California’s severe drought, Governor Brown’s office released regulations surrounding water conservation and is encouraging a number of water conservation practices. Z Living Systems incorporates a number of these practices into their living walls creating a sustainable alternative for landscaping.
Z Living Systems' proprietary system takes plants, hardy drought-tolerant native species, which are first transplanted into the company's living wall pots from their original nursery pots, delivers them onsite, and then hangs them onto a prefabricated structure. The system allows for first day, full coverage of vegetation. Following the installation, the company utilizes an irrigation controller that allows the control of irrigation remotely in response to weather conditions. In collaboration with Rios Clementi Hale Studios, there was an effort to blur the lines of indoor and outdoor by continuing the living wall through the exterior and interior of the building.
- Architect- Rios Clementi Hale Studios
- Contractor- Fassberg
- Builder- Brookfield Residential
Water Conservation Practices Utilized by Z Living Systems Living Wall
- Smart irrigation controller
- Drip irrigation
- Drought tolerant or native plants
- Watering once a week
- Preventing runoff
Jasmine McDermott is a co-founder of Z Living Systems, a living-wall provider based in San Luis Obispo, California.
The following post is from Washington State University:
More than one-third of new commercial building space includes energy-saving features, but without training or an operator’s manual many occupants are in the dark about how to use them.
Julia Day recently published a paper in Building and Environment that for the first time shows that occupants who had effective training in using the features of their high-performance buildings were more satisfied with their work environments. Day did the work as a doctoral student at Washington State University; she is now an assistant professor at Kansas State University.
She was a WSU graduate student in interior design when she walked into an office supposedly designed for energy efficiency and noticed that the blinds were all closed and numerous lights were turned on. The building had been designed to use daylighting strategies to save energy from electric lighting.
After inquiring, Day learned that cabinetry and systems furniture throughout the building blocked nearly half of the occupants from access to the blind controls. Only a few determined folks would climb on or under their desks to operate the blinds.
“People couldn’t turn off their lights, and that was the whole point of implementing daylighting in the first place,” she said. “The whole experience started me on my path.”
Working with David Gunderson, professor in the WSU School of Design and Construction, Day looked at more than 50 high-performance buildings across the U.S. She gathered data, including their architectural and engineering plans, and did interviews and surveys of building occupants.
She examined how people were being trained in the buildings and whether their training was effective. Sometimes, she learned, the features were simply mentioned in a meeting or a quick email was sent to everyone, and people did not truly understand how their actions could affect the building’s overall energy use.
One LEED gold building had lights throughout to indicate the best times of day to open and close windows to take advantage of natural ventilation. A green light indicated it was time to open windows.
“I asked 15 people if they knew what the light meant, and they all thought it was part of the fire alarm system,” she said. “There’s a gap, and people do not really understand these buildings.”
According to CBRE Research, the amount of commercial space that is certified as high-performance in energy efficiency through the U.S. Environmental Protection Agency’s Energy Star or U.S. Green Building Council’s LEED has grown from 5.6 percent of commercial space in 2005 to 39.3 percent at the end of 2013.
Yet in many cases, the corporate culture of energy use in buildings hasn’t caught up. While at home our mothers nagged us to turn off the lights when we left a room or to shut the door because “you don’t live in a barn,” office culture has often ignored and even discouraged common-sense energy saving.
Day found that making the best use of a highly efficient building means carefully creating a culture focused on conservation. In buildings with an energy-focused culture, workers were engaged, participated and were satisfied with their building environment.
“If they received good training, they were more satisfied and happier with their work environment,” she said.
She is working to develop an energy lab and would like to develop occupant training programs to take advantage of high-performance buildings.
“With stricter energy codes, the expectations are that buildings will be more energy efficient and sustainable,” she said. “But we have to get out of the mindset where we are not actively engaged in our environments. That shift takes a lot of education, and there is a huge gap right now.”
McKinstry is honoring its clients for their commitment to sustainability. Each is called a “Champion of Sustainability” and is presented with an award at a Seahawks home game.
The next winner, The Allen Institute for Brain Science, will be honored at the November 2nd Seahawks game against the Raiders. The award goes to Vulcan Real Estate, GLY Construction, Perkins+Will Architects, and Architectural Building Inspection (ABI) Inc. This energy efficient, design-build project has a central plant system that is designed to perform 24% better than the ASHRAE standard.
Recent winners of the prize include Avista Corp. for its corporate headquarters and the U.S. General Services Administration (GSA) for the Thomas Foley U.S. Courthouse.
McKinstry said the five-year remodel of Avista Corp.’s 150,000-square-foot office building will save 1.4 million kilowatt-hours per year, which is enough to power 116 homes, and will save $149,000 every year in energy costs. This LEED Gold Certified project will be completed by the summer of 2015.
The Thomas Foley U.S. Courthouse project dealt with the unique constraints of providing extensive upgrades to an existing building. The upgrades reduced baseline energy consumption by 50 percent, and reduced carbon emissions by 693 tons.
Other 2014 Champions are Vulcan Real Estate, GLY Construction, Clise Properties, Lydig Construction, Seattle University, Gresham-Barlow School District.
One of the largest solar arrays in the state of Washington is included in McKinstry’s many energy conservation initiatives at CenturyLink Field and Event Center.
Here are some other conservation facts about CenturyLink Field:
- Solar panels spanning the area of two football fields sit atop the roof and generate more than 800,000 kilowatt hours of electricity annually, meeting 30% of the facilities energy needs with solar power, an equivalent of powering 95 Seattle area homes for a year.
- 100% of urinals have been retrofitted with ultra-low-flow water fixtures, saving more than 1.3 million gallons of water every year. That’s enough to turn CenturyLink Field into a giant 3-foot-deep swimming pool.
- Less water means less energy and lower CO2 emissions – the equivalent of planting 278 football fields worth of trees.
- Through the use of 614 recycle and compost bins located throughout, 94% of waste generated at CenturyLink Field and Event Center is diverted from landfills.
The following post is by the Master Builders Association of King and Snohomish Counties:
Housing affordability and the impact of the Puget Sound region’s dwindling supply of buildable land was the focus of the recent Master Builders Association of King and Snohomish Counties' (MBA) 2014 Housing Summit in Bellevue.
“Accommodating Housing Needs with Less Land” included presentations by top national and regional housing experts and a panel discussion with state legislators and homebuilders.
“There is an explicit link between the availability of buildable lands and housing affordability,” said MBA Executive Director Shannon Affholter. “The Summit served as a starting point in a frank discussion about what’s working, and what’s not, in meeting the Growth Management Act housing targets and the region’s growing needs.”
A presentation by Todd Britsch, regional director for Metrostudy Inc., a leading provider of research and analysis to the housing industry, underscored the immediate challenge to the buildable land supply: based on projected population growth, King County has 3.87 years of supply remaining of assumed total inventory, and only 3.29 years of supply in Snohomish County.
“We’re seeing lot prices absolutely skyrocket, and the numbers are staggering. It’s a long-term issue and we have to address it sooner rather than later,” he said. “And if we don’t, the Puget Sound region is going to become the next San Francisco Bay Area, where only the ‘elite of the elite’ can afford to own a home.”
Nancy Bainbridge Rogers, land use attorney at Cairncross & Hempelmann, noted that GMA-mandated Buildable Lands Reports generated periodically by counties don’t provide a full and accurate picture of future trends.
“The reports compare housing targets to the actual growth. The reports must determine whether sufficient land exists to accommodate population projections. Unfortunately, the reports are not required to include a feasibility component or an assessment of affordability.”
A lively panel discussion focusing on legislative solutions included Senator Joe Fain (R) 47th District, from Auburn; Senator Marko Liias (D) 21st District, from Mukilteo; Representative Jay Rodne (R), 5th District, from Snoqualmie; and Representative Larry Springer (D), 45th District, from Kirkland. Other participants included homebuilders Mark Kaushagen of the Pulte Group and Lynn Eshleman from Pacific Ridge Homes.
Individual panel members cited specific action items that could advance the goals of housing availability and affordability, including:
- couple housing demand with affordability in future planning
- passage of a transportation package and infrastructure financing bill
- comprehensive review of the Urban Growth Boundary and its possible expansion
- require cities in King and Snohomish counties to do a planned action on remaining undeveloped lands to assess infill housing opportunities
- eliminate redundancies in the review and permitting process, and establish a meaningful time limit in which permits can be outstanding.
The following post is by DJC staff:
Want to know more about the way millennials are changing Metro Vancouver — and other cities around the world, like Seattle?
You can catch a free public talk on the topic next week in Vancouver or watch a live webcast on Tuesday, Sept. 16, starting at 7 p.m.
The speaker is Dr. Markus Moos, assistant professor of planning at the University of Waterloo in Ontario. He will share insights into millennials focusing on their values; housing and commuting decisions; and transportation preferences — especially what this means for employers, developers, planners and other residents.
The talk is presented by TransLink and Simon Fraser University’s City Program.
If you want to attend the event it will be in SFU Harbour Center at 515 W. Hastings St. Registration to attend is required.
Millennials are the folks who started to reach early adulthood around 2000 and they outnumber even the Baby Boomers. A press release from Simon Fraser University says there are roughly nine million millennials in Canada and more than 500,000 in Metro Vancouver. They think, communicate, travel and work differently from their parents and grandparents.
SFU offers some stats about millennials:
• More than 25 percent of Metro Vancouver’s population are millennials.
• The percentage of young adults living in neighborhoods near transit is two to three times the Metro Vancouver average.
• Living close to downtown is important to millennials in cities across North America — in Vancouver, proximity to transit matters more than to downtown alone.
• Fewer and fewer millennials hold drivers’ licenses or own a vehicle, with a more than 10 percent decrease among 25–to-29-year-olds and five percent among 30-to-34-year-olds from 2004 to 2013. Young adults in 2011 used transit 11 percent more than their counterparts in 1999.
SFU says Markus Moos is a planner and assistant professor who does research on the changing economy and social structure of cities. He has examined the factors shaping Canada’s housing markets; the changing characteristics of suburbs; and the implications of change on affordability, sustainability and equity.
He lived in Vancouver from 2006 to 2010 and completed his PhD at the University of British Columbia.